CN208167280U - Sample overflow dyeing machine in Full-automatic double-cylinder - Google Patents
Sample overflow dyeing machine in Full-automatic double-cylinder Download PDFInfo
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- CN208167280U CN208167280U CN201820483239.2U CN201820483239U CN208167280U CN 208167280 U CN208167280 U CN 208167280U CN 201820483239 U CN201820483239 U CN 201820483239U CN 208167280 U CN208167280 U CN 208167280U
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- dye vat
- cylinder body
- feeding device
- fuselage
- material bucket
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Abstract
The utility model relates to sample overflow dyeing machines in Full-automatic double-cylinder, including control cabinet, fuselage and feeding device, the top of the fuselage is arranged in the control cabinet, the control cabinet is fixedly connected with the fuselage, the feeding device is arranged in the front of the fuselage and is fixedly connected with the fuselage, selvage guide mechanism is equipped in fuselage, transmission mechanism and heating cooling body, control cabinet and feeding device, transmission mechanism, selvage guide mechanism, cooling body is heated to be electrically connected, transmission mechanism drives the operating of selvage guide mechanism, selvage guide mechanism is arranged in dye vat cylinder body, the lower part of dye vat cylinder body is arranged in heating cooling body, the outside of dye vat cylinder body is arranged in transmission mechanism, feeding device is connected to the intracorporal nozzle of dye vat cylinder, after cloth enters dye vat cylinder body by the door closure on fuselage, selvage guide mechanism drives the cloth rotation, nozzle sprays dye liquor.Above-mentioned overflow dyeing machine, which reduces, manually to be paid, improves operational safety, improves proportioning accuracy, automation strength height.
Description
Technical field
The utility model belongs to textile dyeing apparatus field, and in particular to sample overflow dyeing machine in a kind of Full-automatic double-cylinder.
Background technique
Sample overflow dyeing machine is single staining jar in tradition, is mounted with a cloth-guiding wheel in staining jar, needs a large amount of water ability
Operating, and cylinder inner tube road length, bath raio are big, my company devises sample overflow dyeing machine in a kind of twin-tub, knot between a few years ago thus
Structure is compact, easy to clean, has saved cost, still, due to feeding, water and the two proportion is added to need to manually control, so right
In artificial aspect, there is still a need for special messenger's special planes to guard, also just because of charging plus water and the two proportion it is manual, result in
In proportion each time, always cause accuracy not high because of various factors, and due to pressure rise in heating process,
In-cylinder pressure is adjusted at any time so row pressure etc. still needs a veteran to grasp the overall situation with certain risk, so it
Sample overflow dyeing machine in preceding twin-tub, in terms of artificial aspect, proportioning accuracy, secure context do not have improvement.
Utility model content
The technical problem to be solved by the present invention is to provide sample overflow dyeing machines in a kind of Full-automatic double-cylinder, overcome above-mentioned lack
It falls into, is improved by the structure to sample overflow dyeing machine in twin-tub, to solve the problems such as expense is artificial, proportioning accuracy is poor, safe degree of control is poor.
In order to solve the above technical problems, the utility model provides sample overflow dyeing machine in a kind of Full-automatic double-cylinder, including control cabinet,
The top of the fuselage is arranged in fuselage and feeding device, the control cabinet, and the control cabinet is fixedly connected with the fuselage, institute
Feeding device is stated the front of the fuselage is arranged in and is fixedly connected with the fuselage,
The control cabinet is divided into first control device and second control device, and the dye vat cylinder body is divided into the first dye vat cylinder body
With the second dye vat cylinder body, the feeding device is divided into the first feeding device and the second feeding device, is equipped with first in the fuselage
Selvage guide mechanism, the second selvage guide mechanism, the first transmission mechanism, the second transmission mechanism, the first heating cooling body and the second heating are cold
But mechanism, the first control device and first feeding device, the first transmission mechanism, the first selvage guide mechanism, the first heating
Cooling body is electrically connected, the second control device and second feeding device, the second transmission mechanism, the second cloth guiding machine
Structure, the second heating cooling body are electrically connected, and first transmission mechanism drives first selvage guide mechanism to operate, and described second
Transmission mechanism drives the operating of second selvage guide mechanism, and first selvage guide mechanism and the second selvage guide mechanism are separately positioned on described
In first dye vat cylinder body and the second dye vat cylinder body, the first heating cooling body is arranged under the first dye vat cylinder body
The lower part of the second dye vat cylinder body is arranged in portion, the second heating cooling body, and first transmission mechanism and second pass
The outside of the first dye vat cylinder body and the second dye vat cylinder body, the first feeding device connection described first is arranged in motivation structure
The intracorporal first jet of dye vat cylinder, second feeding device are connected to the intracorporal second nozzle of the second dye vat cylinder,
After cloth enters the first dye vat cylinder body and/or the second dye vat cylinder body by the door closure on fuselage, the first selvage guide mechanism and/
Or the second selvage guide mechanism drive cloth rotation, first jet and second nozzle spray dye liquor.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, first charging
Device includes the first inlet valve, the first material bucket, the first backflushing pipe, the first water return pipeline and the first Pneumatic adjusting ball valve, institute
The water inlet end connection water feed apparatus of the first inlet valve is stated, water outlet is connected to the first material bucket, the described first pneumatic adjusting ball
The feed end of valve connects feeding device, and discharge end is connected to the first material bucket, the input end connection of first water return pipeline
The first dye vat cylinder body, outlet end are connected to the first material bucket, the input end connection of first backflushing pipe described the
One material bucket, outlet end are connected to first jet,
Second feeding device include the second inlet valve, the second material bucket, the second backflushing pipe, the second water return pipeline and
Second Pneumatic adjusting ball valve, the water inlet end of second inlet valve connect water feed apparatus, and water outlet is connected to the second material bucket,
The feed end connection feeding device of second Pneumatic adjusting ball valve, discharge end connection the second material bucket, described second time
The input end of water lines is connected to the second dye vat cylinder body, and outlet end is connected to the second material bucket, second backflushing pipe
Input end be connected to the second material bucket, outlet end is connected to second nozzle.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, first charging
Device further includes the first agitating device, and first agitating device is arranged in the first material bucket, the first stirring dress
It sets and is electrically connected with the first control device, second feeding device further includes the second agitating device, second stirring
Device is arranged in the second material bucket, and second agitating device and the second control device are electrically connected.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, first charging
Device further includes the first blowdown valve, and the input end of first blowdown valve is connected to the first material bucket, and outlet end connection is external
Sewage-treatment plant, first blowdown valve and the first control device are electrically connected, and second feeding device further includes
Second blowdown valve, the input end of second blowdown valve are connected to the second material bucket, and outlet end connects external sewage treatment dress
It sets, second blowdown valve and the second control device are electrically connected.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, set on the fuselage
There are the first safety interlocking, the second safety interlocking, the first discharge pressure pipe and the second discharge pressure pipe, first safety interlocking and described first
Control device is electrically connected, and one end of first discharge pressure pipe is connected to the first dye vat cylinder body, and first safety interlocking is set
It sets on first discharge pressure pipe, second safety interlocking and the second control device are electrically connected, second row pressure
One end of pipe is connected to the second dye vat cylinder body, and second safety interlocking is arranged on second discharge pressure pipe.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, first control
Device includes the first touch screen and first pressure gauge, and first touch screen and first pressure gauge expose to the fuselage, described
Second control device includes the second touch screen and second pressure gauge, and second touch screen and second pressure gauge expose to the machine
Body.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, first dye vat
On the outer wall of cylinder body and the outer wall of the second dye vat cylinder body is equipped with a plurality of reinforcing rib.
As a kind of preferred embodiment of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model, first dye vat
The lower inside of the lower inside of cylinder body and the second dye vat cylinder body is equipped with a net.
Compared with prior art, the utility model proposes a kind of Full-automatic double-cylinder in sample overflow dyeing machine, improve corresponding construction
And control, it has the following advantages that：
1：Entire process flow only have cloth feeding need it is artificial complete, other operations according to technique initialization process automatically into
Row.By inlet valve automatic feeding water, dyestuff automatic stirring is made by agitating device, it is quantitative by Pneumatic adjusting ball valve self-timing
Therefore charging, is reduced manually by water return pipeline and backflushing pipe Auto-drainage, water inlet, improves proportioning accuracy；
2：Two touch screens individually control two cylinders, and storable process curve increases；
3：By control device control safety interlocking, improve safety, avoid employee scald and so on.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical solution of the utility model embodiment
The attached drawing used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the utility model
Example, for those of ordinary skill in the art, without any creative labor, can also be according to these attached drawings
Obtain other attached drawings.Wherein,
Fig. 1 is the schematic view of the front view of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model；
Fig. 2 is the first dye vat cylinder body or the second dye vat of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model
The schematic view of the front view of cylinder body；
Fig. 3 is the first dye vat cylinder body or the second dye vat of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model
The side structure schematic view of cylinder body.
Wherein：1 it is fuselage, 2 be first control device, 3 be second control device, 4 be the first dye vat cylinder body, 5 is second
Dye vat cylinder body, 6 for the first material bucket, 7 be the second material bucket, 8 be the first door closure, 9 be the second door closure, 10 be the first inlet valve,
11 be the second inlet valve, 12 be the first backflushing pipe, 13 be the second backflushing pipe, 14 be the first water return pipeline/second return pipe
Road, 15 for the first Pneumatic adjusting ball valve, 16 be the second Pneumatic adjusting ball valve, 17 be the first safety interlocking, 18 be second safety connection
Lock, 19 be the first discharge pressure pipe, 20 be the second discharge pressure pipe, 21 be the first touch screen, 22 be the second touch screen, 23 be first pressure
Table, 24 be second pressure gauge, 25 be reinforcing rib, 26 be a net, 27 be the first blowdown valve, 28 be the second blowdown valve, 29 be disengaging
Premised on cloth mouth, 30 cloth wheel seat, 31 mentioned after being cloth wheel seat, 32 be safety valve, 33 be illumination lamp hole, 34 be cooling trough.
Specific embodiment
Sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model comprising control cabinet (not shown), 1 and of fuselage
The top of fuselage 1 is arranged in feeding device (not shown), control cabinet, and control cabinet is fixedly connected with fuselage 1, and feeding device setting exists
The front of fuselage 1 is simultaneously fixedly connected with fuselage 1.
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, below with reference to specific implementation
Mode is described in further detail the utility model.
Firstly, " one embodiment " or " embodiment " referred to herein, which refers to, may be included at least one reality of the utility model
A particular feature, structure, or characteristic in existing mode." in one embodiment " that different places occur in the present specification is not
The same embodiment is referred both to, nor the individual or selective embodiment mutually exclusive with other embodiments.
Secondly, the utility model is described in detail using structural schematic diagram etc., when the utility model embodiment is described in detail,
For purposes of illustration only, indicate that the schematic diagram of sample overflow dyeing machine structure in Full-automatic double-cylinder can disobey general proportion and make partial enlargement, and
The schematic diagram is example, should not limit the range of the utility model protection herein.In addition, should include in actual fabrication
The three-dimensional space of length, width and depth.
Fig. 1-Fig. 3 is please referred to, Fig. 1 is the front view structure of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model
Schematic diagram, Fig. 2 are the first dye vat cylinder body or the second dye vat of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model
The schematic view of the front view of cylinder body, Fig. 3 are the first dye vat of sample overflow dyeing machine in a kind of Full-automatic double-cylinder described in the utility model
The side structure schematic view of cylinder body or the second dye vat cylinder body.As shown in Figure 1-3, a kind of Full-automatic double-cylinder described in the utility model
Middle sample overflow dyeing machine, is mainly formed by with lower component：Control cabinet is divided into first control device 2 and second control device 3, dye vat cylinder body
It is divided into the first dye vat cylinder body 4 and the second dye vat cylinder body 5, feeding device is divided into the first feeding device (not shown) and the second charging dress
It sets (not shown), the first selvage guide mechanism (not shown), the second selvage guide mechanism (not shown), the first transmission mechanism is equipped in fuselage 1
(not shown), the second transmission mechanism (not shown), the first heating cooling body (not shown) and the second heating cooling body (are not schemed
Show).
The dependency structure and the course of work of two dye vats are introduced separately below：
First control device 2 is used to be responsible for the operating of the first dye vat cylinder body 4, so, first control device 2 and the first charging
Device, the first transmission mechanism, the first selvage guide mechanism, the first heating cooling body are electrically connected, and cloth passes through first on fuselage 1
Door closure 8 and the first dye vat cylinder body 4 enter among the first dye vat cylinder body 4 into exit slot 29, and the starting of first control device 2 first passes
Motivation structure rotates the first transmission mechanism, so that the premise cloth wheel seat 30 of the first selvage guide mechanism be driven to mention 31 turns of cloth wheel seat with after
It is dynamic, drive cloth rotation.
The cooling trough 34 of the control of first control device 2 first heating cooling body is intake, and whether cools down dye vat to reach
The purpose of cylinder body temperature.
First control device 2 controls the first feeding device addition dyestuff and water, and controls the adding proportion of dyestuff and water,
Specific control mode is as follows：First feeding device includes the first inlet valve 10, the first material bucket 6, the first backflushing pipe 12, first
Water return pipeline 14, the first Pneumatic adjusting ball valve 15, the first agitating device (not shown) and the first blowdown valve 27, the first inlet valve 10
Water inlet end connect water feed apparatus (not shown), water outlet be connected to the first material bucket 6, first control device 2 by control first
The inflow of inlet valve 10 guarantees to be added to the water of the first material bucket 6, and the feed end of the first Pneumatic adjusting ball valve 15 connects
The feeding device of dyestuff, discharge end are connected to the first material bucket 6, and first control device 2 passes through the first Pneumatic adjusting ball valve 15 of control
Inlet amount guarantee to be added to the amount of dye of the first material bucket 6, control the proportion of dyestuff and water by above-mentioned two valve, first
The input end of water return pipeline 14 is connected to the first dye vat cylinder body 4, and outlet end is connected to the first material bucket 6, the first backflushing pipe 12 into
Mouthful end is connected to the first material bucket 6, and outlet end is connected to first jet, and when cloth dyes in the first dye vat cylinder body 4, dye liquor is from the
After one nozzle sprays, the bottom of the first dye vat cylinder body 4 can be partially fallen within, and dye liquor concentration can subtract with the dyeing of cloth
It is few, thus in order to save dye liquor, and dye liquor can be increased at any time, used dye liquor is back to again by the first water return pipeline 14
First material bucket 6 can add water to feed according to the case where dye liquor, pass through the first backflushing pipe 12 and directly spray from first jet
Out, since blending process no longer manually completes, so the uniformity in order to guarantee ingredient, the first agitating device is arranged first
In material bucket 6, the first agitating device and first control device 2 are electrically connected, and start agitating device by first control device 2,
The input end of first blowdown valve 27 is connected to the first material bucket 6, and outlet end connects external sewage-treatment plant, the first blowdown valve 27 with
First control device 2 is electrically connected, and after the cloth in the first dye vat cylinder body 4 is fully completed dyeing, dye liquor is from the first return pipe
Road 14 enters in the first material bucket 6, starts the first blowdown valve 27, extra dye liquor outflow by first control device 2.
Above-mentioned is the entire circulation process of the dye liquor in the first dye vat cylinder body 4.
Second control device 3 is used to be responsible for the operating of the second dye vat cylinder body 5, so, second control device 3 and the second charging
Device, the second transmission mechanism, the second selvage guide mechanism, the second heating cooling body are electrically connected, and cloth passes through second on fuselage 1
Door closure 9 and the second dye vat cylinder body 5 enter among the second dye vat cylinder body 5 into exit slot 29, and the starting of second control device 3 second passes
Motivation structure rotates the second transmission mechanism, so that the premise cloth wheel seat 30 of the second selvage guide mechanism be driven to mention 31 turns of cloth wheel seat with after
It is dynamic, drive cloth rotation.
The cooling trough 34 of the control of second control device 3 second heating cooling body is intake, and whether cools down dye vat to reach
The purpose of cylinder body temperature.
Second control device 3 controls the second feeding device addition dyestuff and water, and controls the adding proportion of dyestuff and water,
Specific control mode is as follows：Second feeding device includes the second inlet valve 11, the second material bucket 7, the second backflushing pipe 13, second
Water return pipeline 14, the second Pneumatic adjusting ball valve 16, the second agitating device (not shown) and the second blowdown valve 28, the second inlet valve 11
Water inlet end connect water feed apparatus (not shown), water outlet be connected to the second material bucket 7, second control device 3 by control second
The inflow of inlet valve 11 guarantees to be added to the water of the second material bucket 7, and the feed end of the second Pneumatic adjusting ball valve 16 connects
The feeding device of dyestuff, discharge end are connected to the second material bucket 7, and second control device 3 passes through the second Pneumatic adjusting ball valve 16 of control
Inlet amount guarantee to be added to the amount of dye of the second material bucket 7, control the proportion of dyestuff and water by above-mentioned two valve, second
The input end of water return pipeline 14 is connected to the second dye vat cylinder body 5, and outlet end is connected to the second material bucket 7, the second backflushing pipe 13 into
Mouthful end is connected to the second material bucket 7, and outlet end is connected to second nozzle, and when cloth dyes in the second dye vat cylinder body 5, dye liquor is from the
After two nozzles spray, the bottom of the second dye vat cylinder body 5 can be partially fallen within, and dye liquor concentration can subtract with the dyeing of cloth
It is few, thus in order to save dye liquor, and dye liquor can be increased at any time, used dye liquor is back to again by the second water return pipeline 14
Second material bucket 7 can add water to feed according to the case where dye liquor, pass through the second backflushing pipe 13 and directly spray from second nozzle
Out, since blending process no longer manually completes, so the uniformity in order to guarantee ingredient, the second agitating device is arranged second
In material bucket 7, the second agitating device and second control device 3 are electrically connected, and start agitating device by second control device 3,
The input end of second blowdown valve 28 is connected to the second material bucket 7, and outlet end connects external sewage-treatment plant, the second blowdown valve 28 with
Second control device 3 is electrically connected, and after the cloth in the second dye vat cylinder body 5 is fully completed dyeing, dye liquor is from the second return pipe
Road 14 enters in the second material bucket 7, starts the second blowdown valve 28, extra dye liquor outflow by second control device 3.
Above-mentioned is the entire circulation process of the dye liquor in the second dye vat cylinder body 5.
In the course of work of above-mentioned two dye vat cylinder body, the liquid in dye vat is heated to 80 degree or more, due to temperature
Height is so have certain pressure in dye vat cylinder body, in order to guarantee safety, fuselage 1 is pacified equipped with the first safety interlocking 17, second
The 18, first discharge pressure pipe 19 of full interlocking and the second discharge pressure pipe 20, the first safety interlocking 17 are electrically connected with first control device 2, the
One end of one discharge pressure pipe 19 is connected to the first dye vat cylinder body 4, and the first safety interlocking 17 is arranged on the first discharge pressure pipe 19, when the first dye
When pressure in cylinder cylinder body 4 is excessive, first control device 2 opens the first safety interlocking 17, so that extra pressure is from first row
Pressure pipe 19 is discharged；Second safety interlocking 18 is electrically connected with second control device 3, the second dye of one end connection of the second discharge pressure pipe 20
Cylinder cylinder body 5, the second safety interlocking 18 is arranged on the second discharge pressure pipe 20, when the pressure in the second dye vat cylinder body 5 is excessive, second
Control device 3 opens the second safety interlocking 18, so that extra pressure is discharged from the second discharge pressure pipe 20.
In order to enable first control device 2 and second control device 3 are more easy to use, first control device 2 includes
First touch screen 21 and first pressure gauge 23, the first touch screen 21 and first pressure gauge 23 expose to fuselage 1, second control device
3 include the second touch screen 22 and second pressure gauge 24, and the second touch screen 22 and second pressure gauge 24 expose to the fuselage 1, by
As long as this designs corresponding program on touch screen, and operates by touch screen, peace is equipped on the top of dye vat cylinder body
Full valve 32 can be bled off pressure, in dye vat when pressure gauge display superscalar data, and when control device failure by opening safety valve 32
It is additionally provided with illumination lamp hole 33 at the top of cylinder body, for installing headlamp, it is intracorporal dye vat cylinder can be observed by the observation window on door closure
Situation.
In addition, since the first dye vat cylinder body 4 and the second dye vat cylinder body 5 have a large amount of water, cloth during dying cloth, but also
In high temperature, so it is big to be pressurized, in order to reinforce its compression capability, on the outer wall of the first dye vat cylinder body 4 and the second dye vat cylinder
The outer wall of body 5 is equipped with a plurality of reinforcing rib 25.Again because water return pipeline etc. is connect with the bottom of dye vat cylinder body, dye vat
Cylinder base is designed with equipped with cylinder net 26, for filtering out batting etc., prevents blocking water return pipeline.
In the utility model, the necessary facility such as alarm device (not shown) may be provided on fuselage 1.Due to these contents
It is well known to those skilled in the art, so, details are not described herein.
It should be noted that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although reference
The utility model is described in detail in preferred embodiment, those skilled in the art should understand that, it can be to this reality
It is modified or replaced equivalently with novel technical solution, without departing from the spirit and scope of the technical scheme of the present invention,
It should all cover in the scope of the claims of the utility model.
Claims (8)
1. sample overflow dyeing machine in Full-automatic double-cylinder, including control cabinet, fuselage and feeding device, it is characterised in that：
The top of the fuselage is arranged in the control cabinet, and the control cabinet is fixedly connected with the fuselage, the feeding device
The front of the fuselage is set and is fixedly connected with the fuselage,
The control cabinet is divided into first control device and second control device, and dye vat cylinder body is divided into the first dye vat cylinder body and the second dye
Cylinder cylinder body, the feeding device are divided into the first feeding device and the second feeding device, be equipped in the fuselage the first selvage guide mechanism,
Second selvage guide mechanism, the first transmission mechanism, the second transmission mechanism, the first heating cooling body and the second heating cooling body, institute
State first control device and first feeding device, the first transmission mechanism, the first selvage guide mechanism, the first heating cooling body electricity
Property connection, the second control device and second feeding device, the second transmission mechanism, the second selvage guide mechanism, the second heating
Cooling body is electrically connected, and first transmission mechanism drives the operating of first selvage guide mechanism, the second transmission mechanism band
The operating of second selvage guide mechanism is moved, first selvage guide mechanism and the second selvage guide mechanism are separately positioned on the first dye vat cylinder
In body and the second dye vat cylinder body, the first heating cooling body is arranged in the lower part of the first dye vat cylinder body, and described second
The lower part of the second dye vat cylinder body is arranged in heating cooling body, and first transmission mechanism and the setting of the second transmission mechanism exist
The outside of the first dye vat cylinder body and the second dye vat cylinder body, it is intracorporal that first feeding device is connected to the first dye vat cylinder
First jet, second feeding device are connected to the intracorporal second nozzle of the second dye vat cylinder,
After cloth enters the first dye vat cylinder body and/or the second dye vat cylinder body by the door closure on fuselage, the first selvage guide mechanism and/or the
Two selvage guide mechanisms drive the cloth rotation, and first jet and second nozzle spray dye liquor.
2. sample overflow dyeing machine in Full-automatic double-cylinder as described in claim 1, it is characterised in that：
First feeding device includes the first inlet valve, the first material bucket, the first backflushing pipe, the first water return pipeline and first
Pneumatic adjusting ball valve, the water inlet end of first inlet valve connect water feed apparatus, and water outlet is connected to the first material bucket, described
The feed end of first Pneumatic adjusting ball valve connects feeding device, and discharge end is connected to the first material bucket, first return pipe
The input end on road is connected to the first dye vat cylinder body, and outlet end is connected to the first material bucket, first backflushing pipe into
Mouth end is connected to the first material bucket, and outlet end is connected to first jet,
Second feeding device includes the second inlet valve, the second material bucket, the second backflushing pipe, the second water return pipeline and second
Pneumatic adjusting ball valve, the water inlet end of second inlet valve connect water feed apparatus, and water outlet is connected to the second material bucket, described
The feed end of second Pneumatic adjusting ball valve connects feeding device, and discharge end is connected to the second material bucket, second return pipe
The input end on road is connected to the second dye vat cylinder body, and outlet end is connected to the second material bucket, second backflushing pipe into
Mouth end is connected to the second material bucket, and outlet end is connected to second nozzle.
3. sample overflow dyeing machine in Full-automatic double-cylinder as claimed in claim 2, it is characterised in that：First feeding device further includes
First agitating device, first agitating device are arranged in the first material bucket, first agitating device and described the
One control device is electrically connected, and second feeding device further includes the second agitating device, and the second agitating device setting exists
In the second material bucket, second agitating device and the second control device are electrically connected.
4. sample overflow dyeing machine in Full-automatic double-cylinder as claimed in claim 2, it is characterised in that：First feeding device further includes
First blowdown valve, the input end of first blowdown valve are connected to the first material bucket, and outlet end connects external sewage treatment dress
It sets, first blowdown valve and the first control device are electrically connected, and second feeding device further includes the second blowdown valve,
Input end connection the second material bucket of second blowdown valve, the external sewage-treatment plant of outlet end connection, described second
Blowdown valve and the second control device are electrically connected.
5. sample overflow dyeing machine in Full-automatic double-cylinder as described in claim 1, it is characterised in that：The fuselage is equipped with the first safety
Interlocking, the second safety interlocking, the first discharge pressure pipe and the second discharge pressure pipe, first safety interlocking and first control device electricity
Property connection, one end of first discharge pressure pipe is connected to the first dye vat cylinder body, and the first safety interlocking setting is described the
On one discharge pressure pipe, second safety interlocking and the second control device are electrically connected, and one end of second discharge pressure pipe connects
Lead to the second dye vat cylinder body, second safety interlocking is arranged on second discharge pressure pipe.
6. sample overflow dyeing machine in Full-automatic double-cylinder as described in claim 1, it is characterised in that：The first control device includes the
One touch screen and first pressure gauge, first touch screen and first pressure gauge expose to the fuselage, the second control dress
It sets including the second touch screen and second pressure gauge, second touch screen and second pressure gauge expose to the fuselage.
7. sample overflow dyeing machine in Full-automatic double-cylinder as described in claim 1, it is characterised in that：The outer wall of the first dye vat cylinder body
Upper and the second dye vat cylinder body outer wall is equipped with a plurality of reinforcing rib.
8. sample overflow dyeing machine in Full-automatic double-cylinder as described in claim 1, it is characterised in that：The inside of the first dye vat cylinder body
The lower inside of lower section and the second dye vat cylinder body is equipped with a net.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820483239.2U CN208167280U (en) | 2018-04-08 | 2018-04-08 | Sample overflow dyeing machine in Full-automatic double-cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820483239.2U CN208167280U (en) | 2018-04-08 | 2018-04-08 | Sample overflow dyeing machine in Full-automatic double-cylinder |
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| CN208167280U true CN208167280U (en) | 2018-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820483239.2U Active CN208167280U (en) | 2018-04-08 | 2018-04-08 | Sample overflow dyeing machine in Full-automatic double-cylinder |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109371603A (en) * | 2018-12-21 | 2019-02-22 | 靖江市华夏科技有限公司 | The O-shaped overflow dyeing machine of HTO type short liquor ratio |
| CN113832630A (en) * | 2021-10-14 | 2021-12-24 | 浙江恒昌纺织科技有限公司 | Double-cylinder cabinet cylinder dyeing machine |
-
2018
- 2018-04-08 CN CN201820483239.2U patent/CN208167280U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109371603A (en) * | 2018-12-21 | 2019-02-22 | 靖江市华夏科技有限公司 | The O-shaped overflow dyeing machine of HTO type short liquor ratio |
| CN113832630A (en) * | 2021-10-14 | 2021-12-24 | 浙江恒昌纺织科技有限公司 | Double-cylinder cabinet cylinder dyeing machine |
| CN113832630B (en) * | 2021-10-14 | 2024-02-09 | 浙江恒昌纺织科技有限公司 | Double-cylinder type cabinet cylinder dyeing machine |
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